Solar Cycle 25 peaks: experts predict sights, threats on the horizon.

By Oliver Townsend Jun 4, 2024
With Solar Cycle 25 still peaking, what sights, threats experts expect.jpegOrginal image from:

As Solar Cycle 25 continues to peak, experts are anticipating both stunning sights and potential threats. The surge in the sun’s storm activity is expected to reach its peak in the summer of 2025, leading to more appearances of the northern lights in unusual locations. This phenomenon has already delivered captivating auroras to latitudes as far south as Florida and Texas, with even more northerly regions of the United States witnessing spectacular displays.

The Impact of Geomagnetic Storms

Geomagnetic storms, a result of solar activity, can produce northern lights in lower latitudes while also posing a threat to communication and satellite systems. Kevin Sterne, a senior research associate at Virginia Tech, highlights the potential risks associated with increased radiation exposure to satellites, which can lead to damage and degradation of electronic components, affecting their lifespan.

Understanding Solar Cycles

The solar cycle, which repeats roughly every 11 years, is currently approaching its peak. Sterne explains that as the sun approaches the solar maximum, characterized by a high number of sunspots, there is an increase in solar flares. However, not all sunspots produce flares, as specific magnetic conditions are required for such activity.

Potential Communication Disruptions

With the solar maximum not expected to peak until the following summer, there are opportunities for more breathtaking light displays but also concerns about potential disruptions to communication networks. Strong geomagnetic storms, triggered by solar activity, can impact Earth’s magnetic field and lead to phenomena like the northern lights moving farther south. Previous storms have caused timing delays in GPS units, highlighting the vulnerability of modern technology.

Preparing for Future Challenges

While recent solar storms have caused minimal disruptions compared to historical events like the 1859 Carrington Event, experts are working on models to simulate the potential impact of a similar storm on today’s advanced electronic systems. Researchers are focused on understanding and preparing for the possible consequences of a severe geomagnetic storm on our modern communication infrastructure.


As Solar Cycle 25 continues to peak, experts are closely monitoring the potential sights and threats associated with increased solar activity. While the northern lights provide a captivating display of nature’s beauty, the impact of geomagnetic storms on communication systems serves as a reminder of the importance of preparedness and resilience in the face of solar events. By studying past occurrences and developing models to simulate future scenarios, researchers aim to safeguard our technology-dependent society from the potential disruptions of powerful solar storms.

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